On-chain peak shaving via scheduled low-congestion Ethereum transactions reduces gas fees for some firms but not others, with an On-Chain Scheduling Matrix classifying four regimes based on deferrability and gas intensity.
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Develops a capability-level theory of accountability-boundary placement in agentic AI ecosystems, introducing accountability assets and rule debt, and identifying component, integrated, and dual-track boundary strategies determined by verification cost and responsibility transferability.
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On-chain Peak Shaving
On-chain peak shaving via scheduled low-congestion Ethereum transactions reduces gas fees for some firms but not others, with an On-Chain Scheduling Matrix classifying four regimes based on deferrability and gas intensity.
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Redrawing the AI Map: A Theory of Accountability Boundaries in Agentic Ecosystems
Develops a capability-level theory of accountability-boundary placement in agentic AI ecosystems, introducing accountability assets and rule debt, and identifying component, integrated, and dual-track boundary strategies determined by verification cost and responsibility transferability.